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Adaptive selection algorithm and automated channel based on the reduced noise and lower density of the wireless sensor network in the vicinity
Adaptive selection algorithm and automated channel based on the reduced noise and lower density of the wireless sensor network in the vicinity
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机译：基于附近无线传感器网络的噪声降低和密度降低的自适应选择算法和自动信道
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摘要
A method comprising: a control panel (18) of an automation system (10) that protects a secured geographical area (16), by scanning, actively, each of a plurality of radio frequency channels of ESPE I ctro RF default access points other automation systems operating under a format IEEE802.15.4; the control panel (18) which receives and decodes personal network identifiers for any of the access points; the control panel determines a number of access points operating on each of the plurality of radio frequency channels on the basis of personal identifiers network; the control panel that identifies radio frequency channels identified from the plurality of radio frequency channels, in which a number of access points in operation is the smallest; the control panel selects one of the radio frequency channels identified based on a number of radio frequency channels identified and lower relative power of radio frequency channels identified, is received from a scan power in each channel radiofrequency identified when the number of RF channels identified is greater than one; the control panel performs an active one of the identified scanning radio frequency channels to identify network personal identifiers for any of the access points operating in one of the radio frequency channels identified; panel select control, randomly, a personal unique network identifier for the automation system based on personal network identifiers for any of the access points operating in one of the radio frequency channels identified from the active scan ; and the control panel establishes a wireless connection with each of a plurality of wireless sensors (12) secured within the geographical area (16) in one of the RF channels identified in the IEEE802.15.4 format.
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机译：一种方法，包括：自动化系统（10）的控制面板（18），它通过主动扫描ESPE I RF缺省无线接入点的多个射频信道中的每一个来自动保护其他人，从而保护安全的地理区域（16）以IEEE802.15.4格式运行的系统;控制面板（18），其接收和解码任何接入点的个人网络标识符;控制面板根据个人识别器网络确定在多个射频信道中的每一个上运行的接入点的数量;控制面板，其识别从多个射频信道中识别出的射频信道，其中操作中的接入点的数量最小;当识别出的射频通道数量较大时，控制面板会从识别出的每个通道射频的扫描功率中，根据识别出的射频通道数量和识别出的射频通道的相对功率选择识别出的射频通道之一多于一个控制面板执行一个激活的已识别扫描射频信道之一，以识别在所识别的一个射频信道中工作的任何接入点的网络个人标识符;面板选择基于在从主动扫描识别出的一个射频信道中运行的任何接入点的个人网络标识符，随机选择自动化系统的个人唯一网络标识符;控制面板与以IEEE802.15.4格式识别的一个RF通道中的一个固定在地理区域（16）内的多个无线传感器（12）的每一个建立无线连接。
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